□由国际标准组织（ISO）技术管理局批准了由韩国提出的新提案（IWA *）作为“标准专家能力要求”

 * IWA(International Workshop Agreement: 国际研讨会协议): 是一种通过开放式的专家国际研讨会制定的ISO国际标准的一种类型

□ 因国际标准化机构(ISO)对'标准专家能力要求'建议书(IWA)给予了认可，自下月6月份开始产业通商资源部国家技术标准署(署长许南勇)将同美国、德国、日本等国共同调查并研究主要国家的标准专家培养体系及活用方案等用以开发国际标准

 ㅇ 此外预计在今年10月份釜山 (IEC大会中召开由全世界标准专家及企业参加的国际研讨会，最终听取有关国际标准制定的最终意见。

 ㅇ 为了制定国际标准并举办国际标准研讨会，国家技术标准署任韩国标准协会会长崔东根首席为国际主席，朴成贤先生任命为国际秘书。

□  '标准专家能力要求'是对在企业及标准专门机关执行标准相关任务时从业人员所需具备的知识、技术知识等内容的定义，对标准专家的培养、教育、雇佣、职业发展等方面有广泛的用途。

(조간)한국이 신규 제안한「표준전문가 역량요건」이 ISO 기술이사회에서 국제표준으로 승인

□ 우리나라가 제안한   ‘표준전문가 역량요건’ 신규 제안서(IWA*)를 국제표준화기구(ISO) 기술이사회에서 승인

* IWA(International Workshop Agreement: 국제워크숍 합의문): 오픈된 전문가 국제워크숍을 통해서 개발하는 ISO 국제표준의 한 유형

□ 산업통상자원부 국가기술표준원(원장 허남용)은 국제표준화기구(ISO)가‘표준전문가 역량요건’ 제안서(IWA)를 승인함에 따라 다음달 6월부터 미국.독일.일본 등과 공동으로 주요국의 표준전문가 양성체계 및 활용방안 등을 조사.연구하여 국제표준을 개발

 ㅇ 또한 올해 10월 예정인 부산 국제전기기술위원회(IEC) 총회에서는 국제표준 개발안에 대한 최종 의견 수렴을 위해 전 세계 표준전문가와 기업이 참여하는 국제워크숍을 개최해 국제표준으로 완성할 예정

 ㅇ 국가기술표준원은 국제표준 개발과 국제워크숍 개최를 위해,  한국표준협회 최동근 수석을 국제의장으로, 박성현 선임을 국제간사로 선임

□  ‘표준전문가 역량요건’은 기업 및 표준전문기관 종사자의 표준관련 직무수행에 필요한 지식.기술.소양 등을 정의한 것으로 표준전문가 양성, 교육, 채용, 경력개발 등에 폭넓은 활용이 가능

ISO 50003: Keine Verschärfung der ISO 50001

DIN-Arbeitsausschuss NA 172-00-09 AA „Energieeffizienz und Energiemanagement“ veröffentlicht Stellungnahme zum Verhältnis der Normen ISO 50001 und ISO 50003

Die ISO 50003:2014 „Energiemanagementsysteme — Anforderungen an Stellen, die Energiemanagementsysteme auditieren und zertifizieren“ wurde 2014 auf internationaler Ebene veröffentlicht und im November 2016 als DIN ISO 50003:2016‑11 in das Deutsche Normenwerk übernommen. Eine Reihe von Normanwendern befürchtet, die ISO 50003 würde die Anforderungen der ISO 50001 dahingehend verschärfen, dass zertifizierte Organisation nunmehr verpflichtet seien, die kontinuierliche Verbesserung ihrer energiebezogenen Leistung nachzuweisen.

Der national zuständige DIN-Arbeitsausschuss NA 172‑00‑09 AA „Energieeffizienz und Energiemanagement“ hat hierzu eine Stellungnahme erarbeitet. In dieser wird klargestellt, dass die ISO 50003 für nach ISO 50001 zertifizierte Organisationen keine zusätzlichen Anforderungen enthält.

STANDARD IN THE SPOTLIGHT – Ventilation in hospitals  

Clean and healthier air in healthcare premises is essential for the health and well-being of patients, hospital staff and visitors.

CEN/TC 156 on Ventilation for buildings, publishes a Technical Specification that addresses the minimum requirements for ventilation systems.

CEN/TS 16244:2018 on Ventilation in hospitals – Coherent hierarchic structure and common terms and definitions for a standard related to ventilation in hospitals, sets out the framework and structure including preliminary

terms and definitions forthe standard “Ventilation in hospitals” which is currently being developed.

The standard for ventilation in hospitals is intended for all healthcare premises where healthcare services are delivered. It will comprise general and specific risk areas, within healthcare and provide defined levels of air

quality/cleanliness for classification of these areas. It will also address minimum requirements for ventilation systems with respect to their design, installation, operation, qualification process and maintenance.

The Technical Secretariat for this Technical Specification (TS) and the standard (EN) under development is with BSI, the British Standards Institution.

STANDARD IN THE SPOTLIGHT – Ventilation in hospitals  

Clean and healthier air in healthcare premises is essential for the health and well-being of patients, hospital staff and visitors.

CEN/TC 156 on Ventilation for buildings, publishes a Technical Specification that addresses the minimum requirements for ventilation systems.

CEN/TS 16244:2018 on Ventilation in hospitals – Coherent hierarchic structure and common terms and definitions for a standard related to ventilation in hospitals, sets out the framework and structure including preliminary

terms and definitions forthe standard “Ventilation in hospitals” which is currently being developed.

The standard for ventilation in hospitals is intended for all healthcare premises where healthcare services are delivered. It will comprise general and specific risk areas, within healthcare and provide defined levels of air

quality/cleanliness for classification of these areas. It will also address minimum requirements for ventilation systems with respect to their design, installation, operation, qualification process and maintenance.

The Technical Secretariat for this Technical Specification (TS) and the standard (EN) under development is with BSI, the British Standards Institution.

STANDARD IN THE SPOTLIGHT – Electromagnetic fields in the human environment 

This European standard provides methods for assessing compliance with the requirements of the Directive 2013/35/EU (Electromagnetic Field (EMF) exposure of workers) at a site operating one or more broadcast transmitters. 

It describes how to meet the minimum health and safety requirements regarding the exposure of workers to the risks arising from physical agents (electromagnetic fields). The standard is of importance for workers in television- and radio

broadcasting

sites in the sense that it deals with potential health issues. 

EN 50496:2018 – Determination of workers' exposure to electromagnetic fields and assessment of risk at a broadcast site was developed by Technical committee CENELEC/TC 106X – Equipment and tools for live working, whose

secretariat is held by the German Commission for Electrical, Electronic and Information Technologies of DIN and VDE (DKE). 

STANDARD IN THE SPOTLIGHT – Electromagnetic fields in the human environment 

This European standard provides methods for assessing compliance with the requirements of the Directive 2013/35/EU (Electromagnetic Field (EMF) exposure of workers) at a site operating one or more broadcast transmitters. 

It describes how to meet the minimum health and safety requirements regarding the exposure of workers to the risks arising from physical agents (electromagnetic fields). The standard is of importance for workers in television- and radio

broadcasting

sites in the sense that it deals with potential health issues. 

EN 50496:2018 – Determination of workers' exposure to electromagnetic fields and assessment of risk at a broadcast site was developed by Technical committee CENELEC/TC 106X – Equipment and tools for live working, whose

secretariat is held by the German Commission for Electrical, Electronic and Information Technologies of DIN and VDE (DKE). 

呼吁更多的人成为ISO PC 318参与者，支持全球卫生治理体系的建设

Steel standard making an impact Everyday

The steel used to construct fences, lighting poles, steel framed houses and shelves in major retailers is the focus of a newly published standard backed by Australian research and the latest technology.

“The type of steel covered by this standard, often referred to as light gauge steel, is everywhere,” said CEO of Standards Australia, Dr Bronwyn Evans. “Not only is it in the shelves and racks of popular retailers and major warehouses around Australia, but many

shopping centres will also use this steel in construction, proving the far-reaching impact of the standard.”

AS/NZS 4600:2018, Cold-formed steel structures has been published today following extensive consultation with stakeholders across Australia and New Zealand. This standard also has the potential to be a primary reference in the National Construction Code

2019.

“World-leading research undertaken by Australian experts has featured prominently in this standard,” said Dr Evans. “There is also a brand new section on fire design guiding the use of this steel in mitigating the impact of fires.”

“This new standard is a quantum leap forward for the steel industry,” said Chair of the Standards Australia Technical Committee responsible for the standard, Professor Greg Hancock. “This is a world leading standard which places Australia at the top of the list in

terms of the most innovative steel consumers.”  

“The benefit of this standard goes well beyond the steel industry,” said Dr Evans. “With such widespread use of this steel, the Australian and New Zealand public as a whole have the potential to see the changes intended by this standard.”

□为了保证民间咨询公司可以参与到由韩国地方自治团体[1]（以下称：地自体）大力推动的智慧型城市综合平台项目，综合平台相关的标准和认证体系已经准备就绪，并将于5月2 日开始实行认证。
  * （智慧型城市综合平台）是地自体智慧型城市中心中联通犯罪预防、防灾、交通、城市设施管理等分类信息平台的基础软件系统。
□韩国国土交通部（部长：金贤美，以下称：国土部）在去年10月将智慧型城市综合平台信息联通规范标准、检验规范标制定为全行业标准，以确保联通智慧型城市综合平台基本功能及其相关的详细标准、服务，以及保障认证检验的实行。本次检验认证将在韩国专业认证机构“韩国信息通信技术协会（TTA）”中进行。
 ㅇ 目前地自体的综合平台项目仅采用政府研发的综合平台，今后获得认证的民间企业的综合平台也可以参与到项目中去。
  * 智慧型城市综合平台作为地自体的犯罪预防、防灾、交通等分类信息系统的基础软件，为保证其联通运作，每个地自体将投资6亿韩元。
□ 国土部城市政策官李成海强调：“智慧型城市是依靠城市空间中的多种服务及系统的互联互通运行的，因此相关标准和交互界面是必需的”。
 ㅇ “以本次认证为契机，促进各种信息系统互联互通，不仅可以激发韩国停滞的软件行业发展，还将促进韩国参与国际智慧型城市标准的制定。”